Note: VELO is currently part of the MSMqi (2025). The return stats can be tracked at this page.
CEO Arun Jeldi presented Velo3D’s turnaround story, explaining how the company transformed from a struggling SPAC into a vertically integrated leader in metal 3D printing for aerospace, defense, and semiconductors. Founded in 2014 and based in Fremont, California, Velo3D now employs about 133 people and operates the largest U.S.-based metal 3D printing platform. Its proprietary “Sapphire” printer line and in-house software suite allow for complex, low-angle metal printing that traditional methods can’t match.
After Velo3D faced financial distress in 2024, Jeldi’s company, Arrayed Additive, acquired a majority stake and restructured the business. The integration created synergies between Arrayed’s aerospace component manufacturing and Velo3D’s hardware expertise. The company shifted its model from one-time printer sales to a recurring “Rapid Production Solutions” (RPS) approach, in which customers buy machines but host them at Velo3D facilities, paying for part production instead of managing complex infrastructure themselves. This strategy generates multiple revenue layers, including machine sales, printing services, engineering, consumables, and spare parts, with gross margins ranging from 40 to 60 percent.
Velo3D’s technology underpins critical applications across national security and commercial sectors. SpaceX uses Velo3D printers to produce five major components of its Raptor engines and operates a fleet of 25 machines. Other customers include the U.S. Air Force, Navy, and Army, along with major primes such as Lockheed Martin and General Dynamics. The company also serves semiconductor manufacturers, delivering production-ready metal parts in a fraction of traditional lead times.
Jeldi positioned Velo3D as part of America’s manufacturing reshoring and digitalization effort, emphasizing its growing database of production data as a foundation for “secure digital twins” and automated supply chains. The company plans to expand manufacturing capacity beyond high-cost California into the Midwest, aiming for a 400-machine automated facility within five years to enhance margins and scalability.
Operational breakeven is projected at $80 million in revenue, with 2025 guidance of $50–60 million and expectations for positive EBITDA by mid-2026. The presentation framed Velo3D’s turnaround as both a business recovery and a strategic play in strengthening U.S. manufacturing independence through advanced additive technologies.
CAVEATS/RISKS
Execution Risk on Turnaround Strategy: The success of Velo3D’s new recurring revenue model (RPS) depends on sustained demand, smooth customer adoption, and flawless execution of hosted machine operations.
Customer Concentration: Heavy reliance on SpaceX and defense primes presents revenue concentration risk if key contracts or programs slow, shift, or are re-bid.
Capital Intensity: Expansion into a 400-machine automated Midwest facility requires significant upfront CAPEX; missteps in funding or utilization could pressure liquidity and margins.
Operational Scaling Risk: Transitioning from prototype to large-scale production adds complexity; potential delays or quality issues could erode customer confidence.
Gross Margin Volatility: Forecasted 40–60% margins assume high utilization and stable input costs; supply chain disruptions or underutilization could sharply reduce profitability.
Geographic Relocation Risk: Moving production out of California may cause transitional disruptions, workforce loss, or technical challenges that offset intended cost savings.
Technological Competition: The additive manufacturing field is crowded; rival platforms (e.g., SLM, EOS) could close Velo3D’s current technological gap.
Regulatory and Defense Dependency: Exposure to defense and aerospace programs introduces potential delays, export restrictions, and funding uncertainties tied to government budgets.
ADDITIONAL RESEARCH
Financial Detail: Obtain updated financials post-restructuring, including current cash reserves, debt load, and working capital status to assess sustainability of expansion plans.
Customer Pipeline Analysis: Breakdown of active and pipeline contracts by industry (defense, semiconductor, aerospace) to gauge demand durability and diversification.
RPS Model Economics: Clarify unit economics per customer under the new model (machine utilization rates, payback periods, and churn or renewal metrics).
Midwest Facility Plans: Details on location selection, financing structure, and partnership composition for the 400-machine facility.
Competitive Benchmarking: Comparative analysis of Velo3D’s print quality, throughput, and cost efficiency versus peers in advanced metal additive manufacturing.
Data/IP Strategy: Evaluate how Velo3D’s “digital twin” and data-driven manufacturing vision will be monetized and protected from cybersecurity or IP risks.
Management Depth: Assessment of operational leadership and engineering capacity post-Arrayed Additive acquisition to ensure the team can scale execution.
Government Program Exposure: Identify which U.S. defense programs Velo3D is integrated into, expected longevity, and dependency level on federal R&D or procurement budgets.
